Quick connect coupling device for a hose and a quick connect cap for bottle or other vessel

ABSTRACT

A coupling device for mounting onto the spout of a faucet is disclosed. The device is connected or connectable to a hose and includes an elastomeric sleeve and a clamp assembly. The clamp assembly includes a housing and a pressure applying member. The housing has a cavity holding the sleeve between a back wall and the pressure applying member. The sleeve receives the externally threaded spout. The pressure applying member is movable to a closed position to compress the sleeve tightly about the spout to releasably secure the device to the faucet. The pressure applying member is also movable to an open position to release the spout from the sleeve. Also disclosed is a cap device for releasably sealing an externally threaded mouth of a bottle or other hollow vessel and making use of an elastomeric sleeve and a clamp assembly similar in many respects to the coupling device.

STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

Not Applicable

INCORPORATION-BY-REFERENCE OF MATERIAL SUBMITTED ON A COMPACT DISK

Not Applicable

FIELD OF THE INVENTION

This invention relates generally to couplings for hoses and moreparticularly to quick connect coupling devices for garden hoses andother types of hoses and caps including quick connect means forreleasably sealing bottles or other hollow vessels.

Numerous couplers or connectors for connecting the end of a hose, suchas a garden hose, to an externally threaded or un-threaded bib or spoutof a faucet are commercially available. For example, many prior arthoses include connectors in the form of an internally threaded femalecomponent secured to the end of the hose and which female member isadapted to be screwed onto the externally threaded spout of the faucet.Such a connector is typically made of a metal, e.g., brass, which willnot corrode when the connector is left out of doors and subjected to theambient weather. One particular drawback of such a connector is that itmay be somewhat difficult to connect to the externally threaded spout ofthe faucet by persons having limited manual dexterity, e.g., aged orinfirm persons suffering from arthritis or other conditions which makeit difficult to screw the connectors together. Another drawback of suchprior art connectors is that they typically require use of a resilientmaterial washer or gasket to form a water-tight interface between theconnector and the threaded spout of the faucet when the connector isscrewed thereon. Such washers wear out or are lost, thereby subjectingthe connection to water leakage at the interface. Other disadvantagesprior art is comprised of multiple pieces that may get separated, lostor broken rendering the connector useless.

Various quick connect couplers have been disclosed in the patentliterature to enable the quick coupling of a hose to the spout of afaucet to overcome some of the disadvantages of the prior art. Examplesof such devices are shown in U.S. Pat. No. 4,443,028 (Hayes), U.S. Pat.No. 4,660,803 (Johnston et al.), U.S. Pat. No. 5,503,437 (Cronley), U.S.Pat. No. 5,649,723 (Larsson), U.S. Pat. No. 6,325,425 (Kierath et al.),U.S. Pat. No. 6,786,516 (Cronley), and U.S. Pat. No. 7,270,350(Cronley).

While the above identified prior art may be suitable for their intendedpurposes, they still leave something to be desired from one or more ofthe following aspects, simplicity of construction, cost, and ease ofuse. Thus, a need exists for a coupling device which overcomes thedisadvantages of the prior art.

The subject invention addresses that need by providing a coupling devicefor use with a faucet, hose valve, or bib having an externally threadedspout to releasably connect a garden or other hose thereto and whichovercomes the disadvantages of the prior art. In addition, the subjectinvention makes use of the features of the coupling device with a covermember to provide a cap for a bottle or other hollow vessel having anexternally threaded mouth for sealing that bottle or vessel.

SUMMARY OF THE INVENTION

In accordance with one aspect of this invention a coupling device isprovided for releasably securing a hose to a faucet having a free end.The coupling device basically comprises an elastomeric sleeve and aclamp assembly. The elastomeric sleeve has a central passagewayconfigured for receipt of the free end of the faucet. The clamp assemblycomprises a housing and a pressure applying member. The housing has acavity including a backing wall having a concave interior surface. Thecavity is configured for receipt of the elastomeric sleeve, wherein aportion of the elastomeric sleeve abuts the concave interior surface ofthe backing wall. The pressure applying member is movably connected tothe housing and located generally opposite the concave interior surfaceof the backing wall. The pressure applying member is movable between anopen position and a closed position, and vice versa. The pressureapplying member has a concave interior surface configured to engage anexternal portion of the elastomeric sleeve to compress the elastomericsleeve between it and the concave interior surface of the backing wallto cause the elastomeric sleeve to tightly engage the free end of thefaucet when the pressure applying member is in the closed position tothereby releasably secure the clamp assembly to the faucet.

In accordance with another aspect of this invention the hose is fixedlysecured to the coupling device, whereas in an alternative preferredaspect of the invention the hose is releasably secured to the couplingdevice. In the alternative preferred aspect of the invention the hosemay include an externally threaded connector and wherein the couplingdevice additionally comprises an internally threaded connector forreleasable receipt of the externally threaded connector of the hose.

In accordance with another aspect of this invention the pressureapplying member is pivotable and the clamp assembly additionallycomprises a lever for pivoting the pressure applying member from theopen position to the closed position, and vice versa.

In accordance with another aspect of this invention the clamp assemblycomprises an over-center assembly configured to hold the pressureapplying member in the position against accidental movement to the openposition.

In accordance with another aspect of this invention the free end of thefaucet includes external threads wherein the elastomeric sleeve tightlyengages the free end of the faucet when the pressure applying member isin the closed position.

In accordance with another aspect of this invention a cap for releasablyclosing a hollow vessel having an externally threaded mouth is provided.The cap comprises an elastomeric sleeve and a clamp assembly. Theelastomeric sleeve has a passageway configured for receipt of theexternally threaded mouth of the vessel. The clamp assembly comprises ahousing and a pressure applying member. The housing has a cavityincluding a cover and a backing wall. The backing wall has a concaveinterior surface. The cavity is configured for receipt of theelastomeric sleeve, wherein a portion of the elastomeric sleeve abutsthe concave interior surface of the backing wall, with the coverdisposed over the elastomeric sleeve. The pressure applying member isconnected to the housing and located generally opposite the concaveinterior surface of the backing wall. The pressure applying member ismovable between an open position and a closed position, and vice versa.The pressure applying member has a concave interior surface configuredto engage an external portion of the elastomeric sleeve to compress theelastomeric sleeve between it and the concave interior surface of thebacking wall to cause the elastomeric sleeve to tightly engage theexternally threaded mouth of the vessel when the pressure applyingmember is in the closed position to thereby releasably secure the clampassembly to the vessel with the cover sealing the mouth of the vessel.

BRIEF DESCRIPTION OF THE DRAWING FIGURES

FIG. 1 is an isometric view of one exemplary embodiment of a couplingdevice constructed in accordance with this invention mounted onto anexternally threaded bib or spout of a faucet to releasably secure ahose, e.g., a garden hose, thereto;

FIG. 2 is an isometric view, similar to FIG. 1, but showing thecomponents making up the coupling device exploded;

FIG. 3 is an isometric view showing the coupling device of FIG. 1 in theprocess of being mounted onto the externally threaded bib or spout ofthe faucet;

FIG. 4 is an enlarged sectional view taken along line 4-4 of FIG. 1;

FIG. 5 is an enlarged sectional view similar to that of FIG. 4, butshowing the coupling device in its opened state ready to be mounted ontothe externally threaded bib or spout of a faucet;

FIG. 6 is an enlarged sectional view taken along line 6-6 of FIG. 1;

FIG. 7 is an isometric view of another exemplary embodiment of acoupling device constructed in accordance with this invention mountedonto an externally threaded bib or spout of a faucet to releasablysecure a hose, e.g., a garden hose, thereto;

FIG. 8 is an enlarged sectional view taken along line 8-8 of FIG. 7;

FIG. 9 is an isometric view of an exemplary embodiment of a cap devicefor a bottle or other vessel having an externally threaded mouth,wherein the cap device is constructed in accordance with this inventionand is shown mounted onto the externally threaded mouth of the bottle;

FIG. 10 is an isometric view, similar to FIG. 9, but showing thecomponents of the cap device exploded; and

FIG. 11 is a sectional view taken along line 11-11 of FIG. 9.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

Referring now to the various figures of the drawings wherein likecharacters refer to like parts there is shown in FIG. 1 one exemplaryembodiment of a coupling device 20 constructed in accordance with thisinvention. The coupling device 20 is configured to be releasablyconnected to a hose hydrant, hose bib, tap or faucet 2 (all collectivelyreferred to hereinafter as a “faucet”) for carrying a liquid to which ahose 4 or other conduit is to be releasably secured. The faucet 2 shownin FIG. 1 is exemplary of a multitude of externally threaded devices towhich the subject invention can be connected. However, it should benoted that the subject invention is suitable for releasable connection(mounting) to a hose hydrant, hose bib, tap or faucet whose free end isnot externally threaded, e.g., is smooth. The exemplary faucet 2includes a handle or knob 6 which is arranged to be turned twisted by auser to open or shut an internally located valve (not shown) in thefaucet to enable or halt the flow of water (or any other liquid) fromthe faucet. The faucet includes a free end in the form of a bib or spout8 which is externally threaded at 10 (FIG. 2). As will be seen from thediscussion to follow the coupling device 20 is a quick-connect devicethat is configured to be readily releasably secured to the free end ofthe spout 8 by anyone, irrespective of their manual dexterity or abilityto grasp, and without requiring the coupling device to be screwed ontothe spout. Moreover, the nature of the interconnection between thecoupling device 20 and the spout 8 renders it leak-proof, such thatliquid can be carried from the spout into the coupling device to thehose without any leakage out of the coupling device.

The coupling device 20 is best seen in FIG. 2 and basically comprises anelastomeric sleeve 22 and a clamp assembly 24. The coupling device 20forms a portion of the hose 4, i.e., it is fixedly secured to one end ofthe hose, i.e., the hose is specially constructed to include thecoupling device 20. It should be noted at this juncture that the subjectinvention also entails a coupling device that is a stand-alone unitwhich can be releasably secured to a conventional hose. Thus, forexample, as will be described in detail later, a coupling deviceconstructed in accordance with this invention, may include a threadedsocket for receipt of a male externally threaded connector of aconventional hose. That alternative, stand-alone, coupling device isshown in FIGS. 7 and 8, and is designated by the reference number 120.It will be described in detail later. Suffice it for now to state thatboth embodiments 20 and 120 of the invention make use of the sameelastomeric sleeve and clamp assembly, except for some slightdifferences that will be described later.

Thus as can be seen in FIGS. 1-6, the elastomeric sleeve is a shorttubular member formed of any suitable resilient material, e.g., rubber,etc. The sleeve 22 has a circular sidewall 26 bounding a centralpassageway 28 extending through it from its planar top end 30 to itsplanar bottom end 32. The inner diameter of the passageway 28 is justslightly greater than the outer diameter of the external threads 10 ofthe faucet's spout 8 to enable that portion of the spout to be freelyinserted therein. The length of the passageway 28 of the sleeve 22 ispreferably at least as long as the length of the externally threadedportion of the spout.

The clamp assembly 24 basically comprises a housing 34, a pressureapplying member 36, a lever 38, a link 40 and plural pivot pins 42A,42B, 44, 46 and 48. The housing 34 is an integral unit formed of anysuitable material, e.g., a rugged, strong plastic material, but can bemetal. The housing includes a bottom section 50 and a top section 52.The bottom section 50 is in the form of a hollow collar having a centralpassageway 54 (FIG. 6) including an annular recess 56 in which an end ofthe hose 4 is fixedly secured, e.g., adhesively secured. The outersurface of the collar includes a plurality of longitudinally extendingribs 58 to make the collar easy to grasp by a user. The top section 52of the housing includes a circular cavity 60 including a backing wall 62having a concave interior surface 64 in the form of an arc of a circlehaving a predetermined radius of curvature. The height of the backingwall 62 is approximately the height of the elastomeric sleeve 22. Thecavity 60 is configured for receipt of the elastomeric sleeve 22,wherein the planar bottom edge 32 of the sleeve is disposed on thebottom of the cavity, with a portion of the exterior surface of thesleeve abutting the concave interior surface 64 of the backing wall. Thesleeve is preferably fixedly secured in a cavity 60, but need not befixedly secured, so long as it is resident within the cavity. In anycase, with the sleeve 22 disposed within the cavity 60 the centralpassageway 54 in the housing 34 will be in fluid communication with thecentral passageway 28 in the sleeve.

The pressure applying member 36 is movably, e.g., pivotably, connectedto the housing 34 and located generally opposite the concave interiorsurface 64 of the backing wall 62. The pressure applying member 36includes a concave interior surface 66 having a radius of curvatureapproximately the same as the radius of curvature of concave interiorsurface 64 of the backing wall. The pressure applying member 36 ismovable, e.g., pivotable, between an open position (shown in FIG. 5) anda closed position (shown in FIG. 4), and vice versa, as will bedescribed later. Suffice it for now to state that the concave interiorsurface 66 of the pressure applying member 36 is configured to engage anexternal portion of the sleeve 22 to compress the sleeve between it andthe concave interior surface 64 of the backing wall 62 to compress thesleeve and cause it to tightly engage the externally threaded portion 10of the spout of the faucet when that portion of the spout is locatedwithin the elastomeric sleeve and the pressure applying member is in theclosed position. That action releasably secures the clamp assembly tothe faucet and enables the threads of the threaded portion of thefaucet's spout to dig into the elastomeric material making up thesleeve, thereby forming a good fluid-tight interface therebetween, suchas shown in FIGS. 4 and 6.

When the pressure applying member 36 is pivoted to the open position, aswill also be described later, its concave interior surface 66 will bebrought out of engagement with the portion of the elastomeric sleevedisposed opposite the backing wall 62. That action enables theelastomeric sleeve to expand radially outward to its normal anduncompressed state, whereupon the external threads 10 of the spout willbe freed from the interior surface of the sleeve so that the clampassembly and the sleeve can be removed as a unit from the faucet.

The movement or pivoting of the pressure applying member 36 from itsopen position to its closed position and vice versa is accomplished viathe lever 38, the link 40 and the pivot pins 42-48 being coupledtogether to form an “over-center” clamp arrangement. In particular, oneend of the backing wall 62 includes a yoke 72. The yoke 72 includes apair of axially aligned holes 74. The outer end of the pressure applyingmember 36 includes an ear 76 projecting outward therefrom. The earincludes a hole 78 which is configured to be axially aligned with theholes 74 when the ear 76 is located within the yoke 72. This arrangementpivotably connects the outer end of the pressure applying member to thehousing. The inner end of the pivotable member 36 is in the form of ayoke 80. The yoke 80 includes a pair of axially aligned holes 82 and 84.The link 40 includes an inner end in the form of a pair of oppositelydisposed raised bosses 86 having a hole 88 extending therethrough. Theinner end of the link is configured to be disposed within a yoke 90 atthe opposite end of the backing wall 52. The yoke 90 includes a pair ofaxially aligned holes 92 which align with the hole 88 in the inner endportion of the link 40 when the bosses of the link are within the yoke90. The pivot pin 46 extends through those aligned holes to pivotablyconnect the inner end of the link 40 to the yoke 90. The opposite orouter end of the link 40 includes a hole 94. The lever 38 includes ayoke-like body portion 96 having a first pair of axially aligned holes98 extending therethrough at approximately the middle of the lever 38and a second pair of axially aligned holes 100 extending therethroughadjacent the inner end of the body portion 96. The outer end of the link40 is disposed within the yoke-like body portion 96 of the lever 38,with hole 94 of the link being axially aligned with the first pair ofholes 98 and with the pivot pin 44 extending through the aligned holes94 and 98. That action pivotably connects the outer end of the link tothe middle of the lever. The yoke-like portion 96 of the lever is itselflocated within the yoke 80 of the pressure applying member 36 such thatthe holes 82, 84 and 100 are axially aligned. The pivot pin 42A extendsthrough one of the pair of holes 100 and the axially aligned hole 82. Ina similar manner, the pivot pin 42B extends through the other of thepair of the holes 100 and the axially aligned hole 84. This actionpivotably connects the end of the lever opposite the handle 102 to theyoke 80 of the pressure applying member 36. The outer end of the link 40is configured to be located within the yoke 90 at the inner end of thebacking wall 62 and pivotably connected thereto by the pivot pinextending through the aligned holes 92, 88 and 92.

Accordingly, the pivotable connection of the lever 38 and the link 40 tothe pressure applying member 36 and the pivotable connection of the link40 to the backing wall 62 of the housing 34 establish an “over-center”clamp arrangement. As such, when the lever 38 is pivoted in theclockwise direction, like shown by the curved arrow A in FIG. 3, theclamping member 36 will be pivoted to its opened position. Conversely,when the lever 38 is pivoted in the opposite (counter-clockwise)direction, that action pivots the clamping member 36 about the axis ofthe pin 48 to the closed position, like shown in FIGS. 1 and 4. In thatposition, the clamping member compresses the sleeve 22 into intimateengagement with the threads of the spout, as described above. Moreover,the over-center nature of the clamp assembly assures that when the clampassembly is in the closed position or state that it remains in thatposition or state and is resistant to accidental opening. It is onlyupon the purposeful pivoting of the lever in the clockwise directionthat the clamp assembly is opened.

Turning now to FIG. 3 the manner of releasably mounting the couplingdevice 20 with its integrally connected hose 4 onto the faucet 2 willnow be described. To that end, the handle 102 of the lever 38 is graspedand pivoted about the aligned axes of pivot pins 42A and 42B in theclockwise direction. That action has the effect of pivoting the link 40with respect to the lever, whereupon the link is also pivoted in theclockwise direction, but in this case about the axis of the pivot pin46. The pivoting of the link with respect to the lever is accomplishedvia the pivotable connection between those components as established bythe pivot pin 44. The pivoting of the link 40 in the clockwise directioncoupled with the pivoting of the lever in clockwise direction pulls onthe inner end of the pressure applying member 36 to cause it pivot inthe counter-clockwise direction about the pivot pin 48. Thecounter-clockwise pivoting of the pressure applying member 36 results inthe clamp assembly being in its opened position. That action frees theelastomeric sleeve 22 from the compression force that the pressureapplying member had applied on it, whereupon the elastomeric sleeveexpands to its natural, unbiased (uncompressed) state, like shown inFIGS. 3 and 5.

Once the clamping assembly is in its opened state it is ready forreleasable securement to the faucet's spout. To that end, the couplingdevice 20 and its integrally connected hose 4 is then be moved in thedirection of the arrow B shown in FIG. 3 toward the externally threadedfree end portion 10 of the faucet's spout until the external threads ofthe spout are fully within the central passageway 28 in the elastomericsleeve. Once that has occurred, the lever 38 is pivoted in thecounter-clockwise direction, whereupon the inner end of the pressureapplying member is pivoted inward in the clockwise direction about theaxis of the pivot pin 48. That action tightly squeezes the elastomericsleeve between the curved interior surface 66 of the pressure applyingmember 36 and the curved interior surface 64 of the backing wall 62 ofthe housing, whereupon the helical threads of the spout dig into theinner surface of the elastomeric sleeve as described above and shown inFIGS. 1, 4 and 6. The over-center nature of the linkages providedbetween the components of the clamp assembly insures that the clampassembly stays in that closed state until the lever is again pivoted inthe clockwise direction to open the clamp assembly.

Turning now to FIGS. 7-8, the details of the coupling device 120 willnow be described. That device is identical in construction to thecoupling device 20 except for the construction of the housing. Inparticular, the housing 34 includes a portion (to be describedimmediately hereafter) for releasably securing a conventional maleexternally threaded connector 4A of a hose 4 thereto. In the interest ofbrevity the details of the construction and operation of the componentsand features of the coupling device 120 which are identical to thecoupling device 20 will be given the same reference numbers and will notbe reiterated. Thus, as can be seen the housing 34 of the couplingdevice 120 includes a bottom section 150 in the form of a hollow collarhaving internally threaded section 152 at the lower end of the centralpassageway 54. That internally threaded section 152 is configured tohave a male externally threaded connector 4A of a hose 4 screwed thereinto releasably connect the hose to the coupling device 120. The outersurface of the collar 152 at the top end 154 thereof is in the shape ofthe periphery of a hex head nut. That feature is provided to enable thecoupling member 120 to be grasped by a wrench or some other tool, ifnecessary, to hold the coupling device when the male externally threadedconnector 4A of the hose 4 is screwed into the threaded section 152.

As mentioned above the elastomeric sleeve and the clamping assemblyforming portions of the coupling devices 20 and 120 can be used to forma cap assembly for releasable securement to the externally threadedmouth of a bottle or any other hollow vessel. Thus, attention should nowbe turned to FIGS. 9-11, where there is shown a bottle 12 (or otherhollow vessel) having an externally threaded mouth 14 (FIG. 10) to whicha cap device 220 constructed in accordance with this invention isreleasably mounted to seal the mouth of the bottle or vessel. The capdevice 220 is identical in most respects to the coupling devices 20 and120, except for differences in the construction of the housing. Inparticular, the housing of the clamp assembly of the cap device 220includes a cover member (to be described in detail shortly) for coveringand sealing the mouth of the bottle when the cap device is in place.

In the interest of brevity the details of the construction and operationof the components and features of the cap device 220 which are identicalto the coupling devices 20 and 120 will be given the same referencenumbers and will not be reiterated. Thus, as can be seen of the capdevice 220 comprises an elastomeric sleeve 222 (FIGS. 10 and 11) and aclamp assembly 224 (FIGS. 9-11). The elastomeric sleeve 222 isconstructed similarly to the elastomeric sleeve 22, except that thesidewall of sleeve 222 is thicker (although it need not be thicker).

The clamp assembly 224 is best seen in FIGS. 10 and 11 and includes ahousing 234 having an upper cover portion 252. The cover portion 252 hasa circular cavity 254 (FIG. 11) in its bottom surface. The cavity 254 isconstructed similar to the cavity 60. The housing 234 also includes abacking wall 62 projecting downward from the undersurface of the coverportion contiguous with the cavity 254. The backing wall has a concaveinterior surface 64 in the form of an arc of a circle having apredetermined radius of curvature. The height of the backing wall 62 isapproximately the height of the elastomeric sleeve 222. The cavity 60 isconfigured for receipt of the elastomeric sleeve 222, wherein the planartop edge of the sleeve is disposed on the bottom of the cavity, with aportion of the exterior surface of the sleeve abutting the concaveinterior surface 64 of the backing wall 62 as best seen in FIG. 11. Thesleeve 222 is preferably fixedly secured in a cavity 60, but need not befixedly secured, so long as it is resident within that cavity such thatthe cover portion 252 closes off the top of the sleeve's passageway 28,and with the bottom of the passageway being open.

The pressure applying member 36 is movably, e.g., pivotably, connectedto the housing 234 and located generally opposite the concave interiorsurface 64 of the backing wall 62. The pressure applying member 36includes a concave interior surface 66 having a radius of curvatureapproximately the same as the radius of curvature of concave interiorsurface 64 of the backing wall. The pressure applying member is movable,e.g., pivotable, between an open position and a closed position, andvice versa, like that described with reference to the coupling devices20 and 120.

The open bottom end of the passageway is configured to receive theexternal threads 14 at the mouth of the bottle 12, whereupon when thepressure applying member is pivoted to the closed position or state theconcave interior surface of the pressure applying member compresses theelastomeric sleeve between it and the concave interior surface 64 of thebacking wall 62 to cause the elastomeric sleeve to tightly engage theexternally threads of the bottle's mouth. That action releasably securesthe cap device to the bottle, with the bottom of the cavity 254 tightlyengaging the planar top surface 30 of the elastomeric sleeve 223,thereby sealing the bottle. When the pressure applying member 36 ispivoted to the open position, like that described above, its concaveinterior surface 66 will be brought out of engagement with the portionof the elastomeric sleeve 222 disposed opposite the backing wall 62.That action enables the elastomeric sleeve to expand radially outward toits normal and uncompressed state, whereupon the external threads of thebottle's mouth will be freed from the interior surface of the sleeve sothat the cap device can be removed from the bottle.

As should be appreciated by those skilled in the art, the couplingdevices and the cap device as disclosed above are merely exemplaryembodiments of various coupling devices or cap devices that can beconstructed in accordance with this invention. For example, the couplingdevice may include an externally threaded male connector configured tobe screwed into engagement with an internally threaded female connectorsecured to an end of the hose. Also as noted above the coupling devicemay be configured for releasable mounting onto a hose hydrant, hose bib,tap or faucet whose free end is not externally threaded, e.g., issmooth, so long as the elastomeric member when in the closed positiontightly engages the outer surface of the free end of the hose hydrant,hose bib, tap or faucet to form a good fluid-tight or leak proofinterface therebetween.

Without further elaboration the foregoing will so fully illustrate ourinvention that others may, by applying current or future knowledge,adopt the same for use under various conditions of service.

We claim:
 1. A coupling device for releasably securing a hose to afaucet having a free end, said coupling device comprising: anelastomeric sleeve having a central passageway configured for receipt ofthe free end of the faucet, said elastomeric sleeve having a circularouter periphery; and a clamp assembly comprising; a housing having acavity including a backing wall having a concave interior surface of amating shape to a portion of said circular outer periphery of saidelastomeric sleeve, said cavity being configured for receipt of saidelastomeric sleeve, wherein a portion of said circular outer peripheryof said elastomeric sleeve abuts said concave interior surface of saidbacking wall; and a pressure applying member movably connected to saidhousing and located generally opposite said concave interior surface ofsaid backing wall, said pressure applying member being movable betweenan open position and a closed position, and vice versa, said pressureapplying member having a concave interior surface of a mating shape to aportion of said circular outer periphery of said elastomeric sleeve,said concave interior surface of said pressure applying member having alength and being configured to directly engage a portion of saidcircular outer periphery of said elastomeric sleeve along the length ofsaid concave interior surface of said pressure applying member tocompress said elastomeric sleeve between it and said concave interiorsurface of said backing wall to cause said elastomeric sleeve to tightlyengage said free end of the faucet when said pressure applying member isin said closed position to thereby releasably secure said clamp assemblyto the faucet.
 2. The coupling device of claim 1 wherein the hose isreleasably secured to said coupling device.
 3. The coupling device ofclaim 2 wherein said pressure applying member is pivotable and whereinsaid clamp assembly additionally comprises a lever for pivoting saidpressure applying member from said open position to said closedposition.
 4. The coupling device of claim 2 wherein said clamp assemblycomprises an assembly configured to hold said pressure applying memberin said closed position against accidental movement to said openposition.
 5. The coupling device of claim 3 wherein said clamp assemblycomprises an assembly configured to hold said pressure applying memberin said closed position against accidental movement to said openposition.
 6. The coupling device of claim 2 wherein the hose includes anexternally threaded connector and wherein said device additionallycomprises an internally threaded connector for releasable receipt ofsaid externally threaded connector of said hose.
 7. The coupling deviceof claim 6 wherein said pressure applying member is pivotable andwherein said clamp assembly additionally comprises a lever for pivotingsaid pressure applying member from said open position to said closedposition.
 8. The coupling device of claim 6 wherein said clamp assemblycomprises an assembly configured to hold said pressure applying memberin said closed position against accidental movement to said openposition.
 9. The coupling device of claim 7 wherein said clamp assemblycomprises an assembly configured to hold said pressure applying memberin said closed position against accidental movement to said openposition.
 10. The coupling device of claim 1 wherein said free end ofsaid faucet includes external threads and wherein said elastomericsleeve tightly engages said free end of the faucet when said pressureapplying member is in said closed position.